The Helen Diller Quantum Center

Funding & News

New Podcast Featuring Quantum Experts

To the PodQuantum New Podcast Featuring Quantum Experts Spurs Curiosity The Helen Diller Quantum Center recently launched PodQuantum, a podcast series designed to make people in general – and Technion students in particular – more comfortable with and curious about the field of quantum science. Many students do not study quantum science or quantum engineering because they simply don’t understand what it actually is and why it could be useful to them.

Technion MOOCs

Technion’s Helen Diller Quantum Center has recently launched a series of online mini lectures by Technion faculty, each of which explains a different basic concept in the field of quantum science and technology. The short lectures, which are in Hebrew, are designed to make this field more accessible to the general public and to encourage the community at large to discover the fascinating world of quantum science. To the lectures

Technion Quantum SHORTS

A series of online mini lectures by Technion faculty, each of which explains a different basic concept

Spin-optics on an Atomic Scale: Chips of the Future

Technion researchers develop a smart light source based on a single atomic layer of matter. The achievement provides a platform for the development of new quantum applications for computing and communication. Researchers at the Technion – Israel Institute of Technology have developed a new light source based on a single atomic layer. The discovery is based on the interaction of a single atomic layer with nano-antenna arrays in a silicon chip by creating defects in photonic crystals.

14:30

Prof. Itai Arad: "Quasi-quantum states and the quasi-quantum PCP theorem"

We introduce k-local quasi-quantum states: a superset of the regular quantum states, defined by relaxing the positivity constraint of quantum states.

Dec

2024

17:00

Prof. Colin Ophus (Stanford): "Simulation Methods for High Energy Electron Scattering Experiments"

https://technion.zoom.us/j/92415680858 Simulation methods are important both to help interpret electron scattering experiments, and to design and test new experimental methods.